The precipitation data of the Regional Climate Model CLM are used for the water management impact models within the dynaklim networking and research project. For this purpose, it is necessary to apply a bias correction to the CLM precipitation data. First, the bias assessed for varying temporal resolutions and precipitation characteristics is described. Subsequently, a method for the bias correction is introduced. The developed methodology is a modified form of the socalled quantile mapping. The focus lies on the corrections of the dry days and the heavy rainfall events. They are considered separately, deviating from other quantile mapping procedures
Proceeding of the 12th International Conference on Urban Drainage, Porto Alegre/Brazil, 11-16 Septem...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
The precipitation data of the Regional Climate Model CLM are used for the water management impact mo...
Climate change prediction and evaluation of its impact currently represent one of the key challenges...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use Regional Climate Model (RCM...
For the development of adaptation strategies in the research project dynaklim (Dynamic Adaptation of...
Proceeding of the 12th International Conference on Urban Drainage, Porto Alegre/Brazil, 11-16 Septem...
Bias correction is a necessary post-processing procedure in order to use Regional Climate Model (RCM...
Bias correction is a necessary post-processing procedure in order to use Regional Climate Model (RCM...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
Proceeding of the 12th International Conference on Urban Drainage, Porto Alegre/Brazil, 11-16 Septem...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
The precipitation data of the Regional Climate Model CLM are used for the water management impact mo...
Climate change prediction and evaluation of its impact currently represent one of the key challenges...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use regional climate model (RCM...
Bias correction is a necessary post-processing procedure in order to use Regional Climate Model (RCM...
For the development of adaptation strategies in the research project dynaklim (Dynamic Adaptation of...
Proceeding of the 12th International Conference on Urban Drainage, Porto Alegre/Brazil, 11-16 Septem...
Bias correction is a necessary post-processing procedure in order to use Regional Climate Model (RCM...
Bias correction is a necessary post-processing procedure in order to use Regional Climate Model (RCM...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
Proceeding of the 12th International Conference on Urban Drainage, Porto Alegre/Brazil, 11-16 Septem...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...
Quantifying the effects of future changes in the frequency of precipitation extremes is a key challe...